public override void Disassociate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (DisassociateAction != null)
{
DisassociateAction(Service, entityName, entityId, relationship, relatedEntities);
}
else if (DisassociateActions != null)
{
if (DisassociateCache == null)
{
DisassociateCache = Service;
foreach (var disassociate in DisassociateActions)
{
DisassociateCache = new FakeIOrganizationService(DisassociateCache)
{
DisassociateAction = disassociate
};
}
}
DisassociateCache.Disassociate(entityName, entityId, relationship, relatedEntities);
}
else
{
if (ExecutionTracingEnabled)
{
Timer.Time(DisassociateInternal, new Tuple <string, Guid, Relationship, EntityReferenceCollection>(entityName, entityId, relationship, relatedEntities),
"Disassociate {0}:{1} using relationship {2} to releated Entities {3}: {4}",
entityName, entityId, relationship, relatedEntities.Select(e => e.GetNameId()).ToCsv());
}
else
{
Service.Disassociate(entityName, entityId, relationship, relatedEntities);
}
}
}
public void Associate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (!relatedEntities.Any()) { throw new ArgumentException("Must contain at least one related entity!", nameof(relatedEntities)); }
if (relatedEntities.Any(e => e.LogicalName != relatedEntities.First().LogicalName)) { throw new NotImplementedException("Don't currently Support different Entity Types for related Entities!"); }
if (relationship.PrimaryEntityRole.GetValueOrDefault(EntityRole.Referenced) == EntityRole.Referencing)
{
throw new NotImplementedException("Referencing Not Currently Implemented");
}
var referencedIdName = EntityHelper.GetIdAttributeName(entityName);
var referencingIdName = EntityHelper.GetIdAttributeName(relatedEntities.First().LogicalName);
if (referencedIdName == referencingIdName)
{
referencedIdName += "one";
referencingIdName += "two";
}
foreach (var relation in relatedEntities.Select(relatedEntity => new Entity(relationship.SchemaName)
{
[referencedIdName] = entityId,
[referencingIdName] = relatedEntity.Id
}))
{
Service.Create(relation);
}
}
/// <summary>
/// Creates the Association
/// </summary>
/// <param name="service">The service.</param>
/// <param name="entityName">Type: String. The logical name of the entity that is specified in the <paramref name="entityId" /> parameter.</param>
/// <param name="entityId">Type: Guid. The Id of the record to which the related records are associated.</param>
/// <param name="relationship">Type: <see cref="T:Microsoft.Xrm.Sdk.Relationship" />. The name of the relationship to be used to create the link.</param>
/// <param name="relatedEntities">Type: <see cref="T:Microsoft.Xrm.Sdk.EntityReferenceCollection" />. A collection of entity references (references to records) to be associated.</param>
public Guid[] CreateAssociation(IOrganizationService service, string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (!DefinitionsByRelationshipName.TryGetValue(relationship.SchemaName, out var definition))
{
throw new KeyNotFoundException($"Schema name {relationship.SchemaName} was not found in the DefinitionsByRelationshipName dictionary.");
}
var primaryAttributeName = entityName == definition.PrimaryEntityType
? definition.PrimaryEntityIdName
: definition.AssociatedEntityIdName;
var associatedAttributeName = entityName == definition.PrimaryEntityType
? definition.AssociatedEntityIdName
: definition.PrimaryEntityIdName;
var ids = new List <Guid>();
foreach (var relation in relatedEntities.Select(relatedEntity => new Entity(definition.AssociationLogicalName)
{
[primaryAttributeName] = entityId,
[associatedAttributeName] = relatedEntity.Id
}))
{
ids.Add(service.Create(relation));
}
return(ids.ToArray());
}
public override void Associate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (AssociateAction != null)
{
AssociateAction(Service, entityName, entityId, relationship, relatedEntities);
}
else if (AssociateActions != null)
{
if (AssociateCache == null)
{
AssociateCache = Service;
foreach (var action in AssociateActions)
{
AssociateCache = new FakeIOrganizationService(AssociateCache)
{
AssociateAction = action
};
}
}
AssociateCache.Associate(entityName, entityId, relationship, relatedEntities);
}
else
{
if (ExecutionTracingEnabled)
{
Timer.Time(AssociateInternal, new Tuple <string, Guid, Relationship, EntityReferenceCollection>(entityName, entityId, relationship, relatedEntities),
"Associate {0}:{1} using relationship {2} to releated Entities {3}: {4}",
entityName, entityId, relationship, String.Join(", ", relatedEntities.Select(e => e.GetNameId())));
}
else
{
Service.Associate(entityName, entityId, relationship, relatedEntities);
}
}
}
public void Disassociate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (!relatedEntities.Any())
{
throw new ArgumentException("Must contain at least one related entity!", "relatedEntities");
}
if (relatedEntities.Any(e => e.LogicalName != relatedEntities.First().LogicalName))
{
throw new NotImplementedException("Don't currently Support different Entity Types for related Entities!");
}
if (relationship.PrimaryEntityRole.GetValueOrDefault(EntityRole.Referenced) == EntityRole.Referencing)
{
throw new NotImplementedException("Referencing Not Currently Implemented");
}
var referencedIdName = EntityHelper.GetIdAttributeName(entityName);
var referencingIdName = EntityHelper.GetIdAttributeName(relatedEntities.First().LogicalName);
if (referencedIdName == referencingIdName)
{
referencedIdName += "one";
referencingIdName += "two";
}
foreach (var entity in relatedEntities.
Select(e => QueryExpressionFactory.Create(relationship.SchemaName, referencedIdName, entityId, referencingIdName, e.Id)).
Select(qe => Service.RetrieveMultiple(qe).ToEntityList <Entity>().FirstOrDefault()).
Where(entity => entity != null))
{
Service.Delete(entity);
}
}
/// <summary>
/// Iterates and displays the entity references in the entity reference collection.
/// </summary>
/// <param name="collection">The collection.</param>
/// <param name="info">Optional arguments.</param>
public static string ToStringDebug(this EntityReferenceCollection collection, StringDebugInfo info = null)
{
if (collection == null)
{
return("null");
}
return(Wrap("[",
collection.Select(r => r.ToStringDebug()),
"]",
info));
}
private void Associate1ToN(Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities,
string referencedIdName, string referencingIdName)
{
foreach (var relation in relatedEntities.Select(relatedEntity => new Entity(relationship.SchemaName)
{
[referencedIdName] = entityId,
[referencingIdName] = relatedEntity.Id
}))
{
Service.Create(relation);
}
}
private void Disassociate1ToN(Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities,
string referencedIdName, string referencingIdName)
{
foreach (var entity in relatedEntities
.Select(e => QueryExpressionFactory.Create(relationship.SchemaName, referencedIdName, entityId,
referencingIdName, e.Id))
.Select(qe => Service.RetrieveMultiple(qe).ToEntityList <Entity>().FirstOrDefault())
.Where(entity => entity != null))
{
Service.Delete(entity);
}
}
public void Disassociate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
bag.trace($"Disassociate({entityName}, {entityId}, {relationship.SchemaName}, {relatedEntities.Count})");
if (bag.TracingService.Verbose)
{
bag.trace("Disassociated record(s):{0}", relatedEntities.Select(r => $"\n {r.LogicalName} {r.Id} {r.Name}"));
}
var watch = Stopwatch.StartNew();
service.Disassociate(entityName, entityId, relationship, relatedEntities);
watch.Stop();
bag.trace($"Disassociated in: {watch.ElapsedMilliseconds} ms");
}
protected void HandleOwnerTeamMembership(LocalPluginContext localContext, EntityReference target, EntityReferenceCollection refs)
{
localContext.Trace($"Handling TeamMembership '{localContext.PluginExecutionContext.MessageName}' operation via 'opc_teams_teams_owneraadassociation'.");
// Isolate teamIds and queueIds
Guid[] affectedAADTeamIds, ownerTeamId, unaffectedTeamIds = null;
affectedAADTeamIds = refs.Select(t => t.Id).ToArray();
ownerTeamId = new[] { target.Id };
localContext.Trace($"There is {affectedAADTeamIds.Count()} affected AAD teams ({string.Join(",", affectedAADTeamIds)})");
localContext.Trace($"There is {ownerTeamId.Count()} affected owner teams: {string.Join(",", ownerTeamId)}");
// If it's a disassociate operation we will need all the AAD teams associated to the owner team to ensure
// the user does not have access through another team
if (localContext.PluginExecutionContext.MessageName == PluginMessage.Disassociate)
{
// Build and execute query to get all AAD teams associated to the owner team that should not be affected by this change
unaffectedTeamIds = FetchUnaffectedAADTeamsByOwnerTeams(localContext, ownerTeamId, affectedAADTeamIds);
localContext.Trace($"There is {unaffectedTeamIds.Count()} unaffected AAD teams ({string.Join(",", unaffectedTeamIds)})");
}
// Build and execute fetch query to get all users associated to AAD teams but only keep the ones which are not associated to unaffected AAD teams
var usersInTeams = FetchUsersByTeams(localContext, unaffectedTeamIds, affectedAADTeamIds, ownerTeamId);
localContext.Trace($"There is {usersInTeams.Count()} users affected ({string.Join(",", usersInTeams)})");
// Add owner teams to users who don't have the owner team already.
if (localContext.PluginExecutionContext.MessageName == PluginMessage.Associate)
{
// Build and execute query to get all users associated to the owner teams
var usersInOwnerTeams = FetchOwnerTeamMembershipByOwnerTeams(localContext, ownerTeamId);
localContext.Trace($"There is {usersInOwnerTeams.Count()} users associated to affected owner teams: ({string.Join(",", usersInOwnerTeams)})");
// Add owner teams to users who don't have the owner team already.
var toAdd = usersInTeams.Except(usersInOwnerTeams).Select(u => new EntityReference("systemuser", u)).ToList();
foreach (var teamId in ownerTeamId)
{
localContext.Trace($"Adding {toAdd.Count()} users to owner team '{teamId}'");
localContext.OrganizationService.Associate("team", teamId, new Relationship("teammembership_association"), new EntityReferenceCollection(toAdd));
}
}
else if (localContext.PluginExecutionContext.MessageName == PluginMessage.Disassociate)
{
var toRemove = usersInTeams.Select(u => new EntityReference("systemuser", u)).ToList();
foreach (var teamId in ownerTeamId)
{
localContext.Trace($"Removing {toRemove.Count()} users from owner team '{teamId}'");
localContext.OrganizationService.Disassociate("team", teamId, new Relationship("teammembership_association"), new EntityReferenceCollection(toRemove));
}
}
}
private void AddMembersToTeam(Guid?TeamId, EntityReferenceCollection Users, IOrganizationService service)
{
Guid[] UserIds;
//get user
AddMembersTeamRequest addRequest = new AddMembersTeamRequest();
if (TeamId.HasValue)
{
addRequest.TeamId = TeamId.Value;
UserIds = Users.Select(x => x.Id).ToArray();
addRequest.MemberIds = UserIds;
tracingService.Trace("before updating ");
service.Execute(addRequest);
tracingService.Trace("after updating ");
}
}
public override void Execute()
{
var record = _crmContext.RecordCache.Get(_alias);
var md = GlobalTestingContext.Metadata.GetEntityMetadata(record.LogicalName, EntityFilters.Relationships);
var relationship = md.ManyToManyRelationships.FirstOrDefault(r => (r.Entity1LogicalName == record.LogicalName && r.Entity2LogicalName == _relatedEntityName) ||
(r.Entity1LogicalName == _relatedEntityName && r.Entity2LogicalName == record.LogicalName));
if (relationship == null)
{
throw new TestExecutionException(Constants.ErrorCodes.N_N_RELATIONSHIP_NOT_FOUND, record.LogicalName, _relatedEntityName);
}
Logger.WriteLine($"Using relationship {relationship.SchemaName}");
EntityReferenceCollection records = new EntityReferenceCollection();
foreach (var row in _expectedRecords.Rows)
{
var lookupValue = ObjectConverter.GetLookupValue(_crmContext, row[Constants.SpecFlow.TABLE_VALUE], _relatedEntityName);
if (lookupValue == null)
{
throw new TestExecutionException(Constants.ErrorCodes.RECORD_NOT_FOUND, row[Constants.SpecFlow.TABLE_VALUE], _relatedEntityName);
}
records.Add(lookupValue);
}
var currentRecordFieldName = relationship.Entity1LogicalName == record.LogicalName ? relationship.Entity1IntersectAttribute : relationship.Entity2IntersectAttribute;
var relatedFieldName = relationship.Entity1LogicalName == _relatedEntityName ? relationship.Entity1IntersectAttribute : relationship.Entity2IntersectAttribute;
var query = new QueryExpression(relationship.IntersectEntityName);
query.ColumnSet.AddColumn(relatedFieldName);
query.Criteria.AddCondition(currentRecordFieldName, ConditionOperator.Equal, record.Id);
query.Criteria.AddCondition(relatedFieldName, ConditionOperator.In, records.Select(r => (object)r.Id).ToArray());
var result = GlobalTestingContext.ConnectionManager.CurrentConnection.RetrieveMultiple(query);
Assert.AreEqual(records.Count, result.Entities.Count, $"Different records: {string.Join(", ", records.Where(r => !result.Entities.Select(e => e.GetAttributeValue<Guid>(relatedFieldName)).Contains(r.Id)).Select(r => r.Name))}");
}
public void ApplyRulesToUser(EntityReferenceCollection ec, Guid userId, bool isOutlookFilter)
{
var tempUserId = ((CrmServiceClient)service).CallerId;
((CrmServiceClient)service).CallerId = userId;
try
{
// TODO ICI
var existingQueries = service.RetrieveMultiple(new QueryExpression("userquery")
{
Criteria = new FilterExpression
{
Conditions =
{
new ConditionExpression("parentqueryid", ConditionOperator.In, ec.Select(e => e.Id).ToArray())
}
}
}).Entities;
var transac = new ExecuteTransactionRequest
{
Requests = new OrganizationRequestCollection(),
ReturnResponses = false
};
foreach (var query in existingQueries)
{
transac.Requests.Add(new DeleteRequest {
Target = query.ToEntityReference()
});
}
transac.Requests.Add(new InstantiateFiltersRequest
{
UserId = userId,
TemplateCollection = ec
});
service.Execute(transac);
}
finally
{
((CrmServiceClient)service).CallerId = tempUserId;
}
}
/// <inheritdoc />
public void Disassociate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
var message = Settings.LogDetailedRequests
? $"Disassociate Request for {entityName}, with Id {entityId}, Relationship {relationship.SchemaName}, and Related Entities {relatedEntities.Select(e => e.ToStringDebug()).ToCsv()}."
: "Disassociate Request";
if (Settings.TimeRequests)
{
var timer = new Stopwatch();
try
{
TraceStart(message);
timer.Start();
Service.Disassociate(entityName, entityId, relationship, relatedEntities);
return;
}
finally
{
TraceEnd(timer);
}
}
TraceExecute(message);
Service.Disassociate(entityName, entityId, relationship, relatedEntities);
}
public override void Disassociate(string entityName, Guid entityId, Relationship relationship, EntityReferenceCollection relatedEntities)
{
if (DisassociateAction != null)
{
DisassociateAction(Service, entityName, entityId, relationship, relatedEntities);
}
else if (DisassociateActions != null)
{
if (DisassociateCache == null)
{
DisassociateCache = Service;
foreach (var disassociate in DisassociateActions)
{
DisassociateCache = new FakeIOrganizationService(DisassociateCache) {DisassociateAction = disassociate};
}
}
DisassociateCache.Disassociate(entityName, entityId, relationship, relatedEntities);
}
else
{
if (ExecutionTracingEnabled)
{
Timer.Time(DisassociateInternal, new Tuple<string, Guid, Relationship, EntityReferenceCollection>(entityName, entityId, relationship, relatedEntities),
"Disassociate {0}:{1} using relationship {2} to releated Entities {3}: {4}",
entityName, entityId, relationship, String.Join(", ", relatedEntities.Select(e => e.GetNameId())));
}
else
{
Service.Disassociate(entityName, entityId, relationship, relatedEntities);
}
}
}
protected void HandleAADTeamMembership(LocalPluginContext localContext, EntityReference target, EntityReferenceCollection refs)
{
localContext.Trace($"Handling TeamMembership '{localContext.PluginExecutionContext.MessageName}' operation via 'teammembership_association'.");
// Regardless of which side the relation was triggered; isolate teamIds and userIds
Guid[] systemuserIds, affectedTeamIds, unaffectedTeamIds = null;
systemuserIds = target.LogicalName == "systemuser" ? new[] { target.Id } : refs.Select(u => u.Id).ToArray();
affectedTeamIds = target.LogicalName == "team" ? new[] { target.Id } : refs.Select(t => t.Id).ToArray();
localContext.Trace($"There is {affectedTeamIds.Count()} affected teams ({string.Join(",", affectedTeamIds)})");
localContext.Trace($"There is {systemuserIds.Count()} affected users ({string.Join(",", systemuserIds)})");
if (!systemuserIds.Any() || !affectedTeamIds.Any())
{
return;
}
// If it's a disassociate operation we will need all the AAD teams associated to the user to ensure
// the user does not have access through another team
if (localContext.PluginExecutionContext.MessageName == PluginMessage.Disassociate)
{
// Build and execute fetch query to get all AAD teams of the users which should not be affected by this change
unaffectedTeamIds = FetchUnaffectedTeamsByUsers(localContext, systemuserIds, affectedTeamIds);
localContext.Trace($"There is {unaffectedTeamIds.Count()} unaffected teams: {string.Join(",", unaffectedTeamIds)}");
}
// Build and execute fetch query to fetch all owner teams associated to AAD teams but only keep the ones which are not referenced in unaffected teams
var ownerTeams = FetchAffectedOwnerTeams(localContext, unaffectedTeamIds, affectedTeamIds);
localContext.Trace($"There are {ownerTeams.Count()} owner teams affected: ({string.Join(",", ownerTeams)})");
// Build and execute fetch query to fetch all teams with their team types.
var teams = FetchAllTeamsWithType(localContext);
if (localContext.PluginExecutionContext.MessageName == PluginMessage.Associate)
{
// Build and execute query to fetch owner teams associated to users
var userOwnerTeams = FetchOwnerTeamMembershipByUsers(localContext, systemuserIds);
userOwnerTeams = userOwnerTeams.Except(teams.Where(t => t.TeamType == TeamTeamType.AADSecurityGroup).Select(t => t.Id).ToArray()).ToArray();
localContext.Trace($"There are {userOwnerTeams.Count()} user associated to affected owner teams: ({string.Join(",", userOwnerTeams)})");
// Only get the delta of owner teams to be added based on the owner teams the user is already affected to.
var toAdd = ownerTeams.Except(userOwnerTeams)
.Select(t => new EntityReference("team", t))
.ToList();
foreach (var userid in systemuserIds)
{
localContext.Trace($"Adding {toAdd.Count()} owner teams to user '{userid}'");
localContext.OrganizationService.Associate("systemuser", userid, new Relationship("teammembership_association"), new EntityReferenceCollection(toAdd));
}
}
else if (localContext.PluginExecutionContext.MessageName == PluginMessage.Disassociate)
{
var toRemove = ownerTeams.Select(t => new EntityReference("team", t)).ToList();
foreach (var userid in systemuserIds)
{
localContext.Trace($"Removing {toRemove.Count()} owner teams from user '{userid}'");
localContext.OrganizationService.Disassociate("systemuser", userid, new Relationship("teammembership_association"), new EntityReferenceCollection(toRemove));
}
}
}
public static List <PluginMessageEntityReference> ToPluginMessageEntityReferenceCollection(this EntityReferenceCollection entities)
{
return(new List <PluginMessageEntityReference>(entities.Select(reference => reference.ToPluginMessageEntityReference())));
}
